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About EDEM We have been developing engineering simulation software for over 10 years and we are the market-leader in Discrete Element Method (DEM) technology for bulk and granular material simulation. Our EDEM software accurately simulates and analyzes the behavior of coal, mined ores, soil, grains, tablets and powders and provides engineers with crucial insight into how those materials will interact with their equipment during a range of operation and process conditions. Companies worldwide in the mining, heavy equipment and process industries use our software to optimize equipment design, increase productivity, reduce costs of operations, shorten product development cycles and drive product innovation. Why do we use HDF5? We moved to HDF5 for our simulation data in 2016 from using our own proprietary file...

With MyIRE and HDF, everyone from a doctor in a small-town office to big data genetics researchers can work together to find new and powerful insights across data sets using a common set of tools - and do so in a repeatable way. And, because of HDF5, any user—whether large or small—is powered by the same technology used by CERN and NASA. We knew we wanted all of MyIRE’s users to have the power of NASA in their pocket. HDF5 made that possible....

Reproducibility in computing has important impacts in data sets of all shapes and sizes.  HDF provides high throughput interfaces to data sets in a reproducible way. Using HDF allows MyIRE users to analyze data across experiments and domains.  Methods, techniques, and case studies for using and increasing access to HDF will be presented. Please join us for a webinar with the team at MyIRE on Tuesday, February 12th, at 10:00 a.m. CST. Register now!...

Question and answers from the HDF5 C++ Webinar on January 24th, 2019. Read the followup questions and answers from presentations on H5CPP from Steven Varga, h5cpp Wrapper from Martin Shetty and Eugen Wintersberger and Ntuple: Tabular Data in HDF5 with C++ from Chris Green and Marc Paterno. ...